Cells have two be different otherwise the different cell types in our bodies wouldn't be able to do different jobs:
e.g. red blood cells have no nucleus, this is so more oxygen can be stored and move around the body; a bladder cell has a nucleus like all other cells but unlike other cells it can stretch to hold any extra fluid before it is removed out of the body.
Well done.
Stem cells in the developing embryo are important because they have the ability to differentiate into various cell types, forming all the tissues and organs of the body. They play a crucial role in the early stages of development by giving rise to specialized cells that make up the embryo. This process is essential for proper growth and differentiation of cells to form a fully functional organism.
embryo
Differentiate into various specialized cell types and have the ability to self-renew. This allows stem cells and embryonic cells to develop into different tissues and organs during growth and repair processes.
Treating cells in a developing frog embryo with a molecule that blocks a cadherin observed in muscle tissue could potentially disrupt cell adhesion and migration processes during muscle development. This interference may lead to abnormalities or malformations in muscle tissue formation, impacting the overall structure and function of the developing embryo.
The term for the process of organ formation in an embryo is called "organogenesis." During organogenesis, the cells within the embryo differentiate and specialize to develop into the various organs and tissues of the body.
Cells in a developing embryo differentiate to become specialized and perform specific functions in the body. This process helps create different types of cells like muscle, nerve, or skin cells, ensuring the proper development and functioning of tissues and organs in the body. It is controlled by genetic factors and signaling pathways that regulate gene expression to give rise to diverse cell types.
Stem cells in the developing embryo are important because they have the ability to differentiate into various cell types, forming all the tissues and organs of the body. They play a crucial role in the early stages of development by giving rise to specialized cells that make up the embryo. This process is essential for proper growth and differentiation of cells to form a fully functional organism.
This cluster of cells change the baby grows from pre-embryo to embryo to fetus.
The developing cells before they are considered an embryo are called blastomeres. These are the cells that form during early stages of embryonic development through the process of cleavage.
embryo
Embryo, between the 3rd and 8th week. Fetus, after the 8th week
The first step of embryo screening is typically to obtain a sample of cells from the developing embryo. This can be done through techniques such as biopsy or removing a few cells from the embryo for genetic analysis.
Undifferentiated sperm cells in the male embryo are called spermatogonia. These cells undergo mitosis to produce more spermatogonia or differentiate into sperm cells during spermatogenesis.
Differentiate into various specialized cell types and have the ability to self-renew. This allows stem cells and embryonic cells to develop into different tissues and organs during growth and repair processes.
Cells obtained from an embryo in the blastula phase, when they are still only a few days old. Because they have only begun to differentiate, these cells have the capability of developing into any cell in the human body, a fact which makes them potentially important in medicine.
the cell will died
No, the mesoderm in the developing liver is responsible for producing the first hematopoietic cells.